o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t > Member List

This is the complete list of members for o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >, including all inherited members.

ajaco2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
allocate(size_t n)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inline
compute_actual_reduction(double fnorm0, double fnorm1)o2scl::mroot_hybrids_baseinlineprivate
compute_delta(size_t n, ubvector &diag2, vec2_t &x2)o2scl::mroot_hybrids_baseinlineprivate
compute_df(size_t n, const vec2_t &ff_trial, const vec2_t &fl, ubvector &dfl)o2scl::mroot_hybrids_baseinlineprivate
compute_diag(size_t n, const mat2_t &J2, ubvector &diag2)o2scl::mroot_hybrids_baseinlineprivate
compute_predicted_reduction(double fnorm0, double fnorm1)o2scl::mroot_hybrids_baseinlineprivate
compute_qtf(size_t N, const vec2_t &q2, const vec3_t &f2, vec4_t &qtf2)o2scl::mroot_hybrids_baseinlineprivate
compute_rdx(size_t N, const mat_t &r2, const vec2_t &dx2, ubvector &rdx2)o2scl::mroot_hybrids_baseinlineprivate
compute_Rg(size_t N, const mat_t &r2, const ubvector &gradient2, vec2_t &Rg)o2scl::mroot_hybrids_baseinlineprivate
compute_trial_step(size_t N, vec2_t &xl, vec2_t &dxl, vec2_t &xx_trial)o2scl::mroot_hybrids_baseinlineprivate
compute_wv(size_t n, const ubvector &qtdf2, const ubvector &rdx2, const vec2_t &dx2, const ubvector &diag2, double pnorm, ubvector &w2, ubvector &v2)o2scl::mroot_hybrids_baseinlineprivate
def_jaco2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >
deltao2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
dfo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
diago2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
dimo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
dogleg(size_t n, const mat_t &r2, const ubvector &qtf2, const ubvector &diag2, double delta2, ubvector &newton2, ubvector &gradient2, vec2_t &p)o2scl::mroot_hybrids_baseinlineprivate
dxo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
enorm(size_t N, const vec2_t &ff)o2scl::mroot_hybrids_baseinlineprivate
enorm_sum(size_t n, const ubvector &a, const ubvector &b)o2scl::mroot_hybrids_baseinlineprivate
err_nonconvo2scl::mroot< func_t, vec_t, jfunc_t >
extra_finite_checko2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >
fo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >
f_trialo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
fnewpo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
fnormo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
gradiento2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
gradient_direction(const size_t M, const size_t N, const mat_t &r2, const ubvector &qtf2, const ubvector &diag2, ubvector &g)o2scl::mroot_hybrids_baseinlineprivate
int_scalingo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >
itero2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
iterate()o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inline
Jo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
jaco2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
jac_giveno2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
last_ntrialo2scl::mroot< func_t, vec_t, jfunc_t >
minimum_step(const size_t N, double gnorm, const ubvector &diag2, ubvector &g)o2scl::mroot_hybrids_baseinlineprivate
mroot() (defined in o2scl::mroot< func_t, vec_t, jfunc_t >)o2scl::mroot< func_t, vec_t, jfunc_t >inline
mroot_hybrids() (defined in o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inline
mroot_hybrids(const mroot_hybrids< func_t, vec_t, mat_t, jfunc_t > &) (defined in o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >private
msolve(size_t nn, vec_t &xx, func_t &ufunc)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inlinevirtual
msolve_de(size_t nn, vec_t &xx, func_t &ufunc, jfunc_t &dfunc)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inlinevirtual
ncfailo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
ncsuco2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
newtono2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
newton_direction(const size_t N, const mat_t &r2, const ubvector &qtf2, ubvector &p)o2scl::mroot_hybrids_baseinlineprivate
nslow1o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
nslow2o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
ntrialo2scl::mroot< func_t, vec_t, jfunc_t >
operator=(const mroot_hybrids< func_t, vec_t, mat_t, jfunc_t > &) (defined in o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >private
print_iter(size_t n, const vec2_t &x, const vec3_t &y, int iter, double value=0.0, double limit=0.0, std::string comment="")o2scl::mroot< func_t, vec_t, jfunc_t >inline
qo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
qtdfo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
qtfo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
ro2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
rdxo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
scaled_addition(size_t N, double alpha, ubvector &newton2, double beta, ubvector &gradient2, vec2_t &pp)o2scl::mroot_hybrids_baseinlineprivate
scaled_enorm(size_t n, const vec2_t &d, const vec3_t &ff)o2scl::mroot_hybrids_baseinlineprivate
set(size_t nn, vec_t &ax, func_t &ufunc)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inline
set_calledo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
set_de(size_t nn, vec_t &ax, func_t &ufunc, jfunc_t &dfunc)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inline
set_jacobian(jacobian< func_t, vec_t, mat_t > &j)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inlinevirtual
shrink_stepo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >
solve_set(size_t nn, vec_t &xx, func_t &ufunc)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inlineprotectedvirtual
tol_abso2scl::mroot< func_t, vec_t, jfunc_t >
tol_relo2scl::mroot< func_t, vec_t, jfunc_t >
type()o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inlinevirtual
ubmatrix typedef (defined in o2scl::mroot_hybrids_base)o2scl::mroot_hybrids_baseprivate
ubvector typedef (defined in o2scl::mroot_hybrids_base)o2scl::mroot_hybrids_baseprivate
update_diag(size_t n, const mat2_t &J2, ubvector &diag2)o2scl::mroot_hybrids_baseinlineprivate
vo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
verboseo2scl::mroot< func_t, vec_t, jfunc_t >
wo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
xo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >
x_trialo2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >protected
~mroot() (defined in o2scl::mroot< func_t, vec_t, jfunc_t >)o2scl::mroot< func_t, vec_t, jfunc_t >inlinevirtual
~mroot_hybrids() (defined in o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >)o2scl::mroot_hybrids< func_t, vec_t, mat_t, jfunc_t >inlinevirtual

Documentation generated with Doxygen. Provided under the GNU Free Documentation License (see License Information).